This research examines the extent and phases of crestal and apical bone resorption in implant-supported restorations, as assessed with CBCT, and analyzes the role of age and gender as risk factors for crestal and apical bone loss around dental implants. CBCT study involving 753 cross-sectional scans showed a high proportion of early-stage bone resorption in Class I (77.3%), apical bone loss, and 86.7% of Stage I crestal bone loss. Years in function showed a positive correlation with crestal bone loss. This might mean that patients with longer-standing implants are more likely to have their surrounding bones degraded. The levels of bone loss did not vary much between males and females. These findings align with prior studies by underscoring CBCT’s diagnostic accuracy and emphasizing that its use may facilitate appropriate treatment initiation. The findings particularly highlight the importance of integrating CBCT scans for implant assessment at intermediate time intervals, especially for the senior population, to avoid further depreciation of osseous tissues. The findings of this investigation endorse the inclusion of CBCT in standard peri-implant evaluations as a valuable resource for optimizing patient and implant prognosis. To develop more efficient solutions for CBCT-guided monitoring and management of affected teeth, future studies should also explore other risks, such as systemic health conditions.
